Monitor environmental conditions and compliance across large project areas.
Track land cover change, stormwater BMP performance, and sensor network health using satellite imagery fused with your ground-based monitoring data.
Environmental monitoring data is often disconnected from the spatial context that makes it actionable.
Point sensor readings sit in one system. Satellite imagery sits in another. Field inspection records are in a spreadsheet. When a compliance question arrives, assembling the spatial picture for any given site at any given date takes days, not minutes.
Larx aligns those data streams to a common coordinate system and timestamp. Define your monitoring areas, connect your sensor network, and get a unified view that shows you what changed, when, and where it matters for compliance reporting.
Request a DemoEnvironmental monitoring workflows.
Active use cases where Larx adds spatial context to environmental monitoring and compliance programs.
Stormwater BMP performance tracking
Compare multitemporal satellite imagery of retention pond and BMP site footprints against design baselines to detect surface change, sediment accumulation, and vegetation encroachment between site visits.
Sensor network health monitoring
Detect sensor drift and anomalous readings by comparing point sensor data against satellite-derived baselines and adjacent sensors. Flag sensors reporting values inconsistent with their spatial context automatically.
Compliance documentation export
Pull time-series imagery, sensor readings, and change event logs for any monitored area at any date range. Generate the spatial record for permit compliance, agency reporting, and third-party audits from a single workspace.
Environmental teams in our early-access program.
"Assembling the spatial record for a compliance response used to take us two days. With Larx, we pull it in about twenty minutes."
Monitoring teams have used Larx to flag sensor drift conditions that would not have appeared in point-data review alone, by cross-referencing sensor readings against satellite-derived surface change at the same location.
Typical monitored site count per environmental team in early-access cohort
Satellite revisit cadence for high-priority monitored areas where imagery is available